Add to ORKGSerum Ig from four different Antarctic fish species were studied. Morphological analysis of the thymus of Trematomus bernacchiii did not evidence appreciable difference with that of other teleosts. Using a polyclonal antibody raised against sea bass Ig, cross-reactivity with H AND L chains of all species analysed was observed. An indirect ELISA was developed and detected the Ig concentrations in sera of the Antarctic species, using as standard sea bass Ig
Immunohistochemistry (IHC) is a valuable technique applied in many veterinary laboratories for both ...
Studies on the immune defence system of Antarctic fishes are of interest to investigate the presence...
International audienceWith lymphoid tissue anatomy different than mammals, and diverse adaptations t...
Monoclonal antibodies anti-thymocytes and T-cells (DLT15) and anti-Ig and B-cells (DLIg3) were devel...
Interest in fish immunity has risen recently due to the discovery of some peculiar features. In part...
Life at sub-zero temperatures, such in Antarctic seas, has selected especial adaptations of cell mol...
This review summarizes the current knowledge on immune defence activities of the European sea bass D...
Although rapid progress has been made in knowledge of the teleost immune system, specific antibodies...
Sea bass immunoglobulins were single-step purified from the whole serum by affinity chromatography o...
Abstract: Knowledge on fish immunoglobulin (Ig) characteristics and the availability of monoclonal o...
Serum immunoglobulins from sea bass and sea bream were purified using affinity chromatography method...
The sea bass Dicentrarchus labrax is one of the most important seawater fish species of south Europe...
Monoclonal antibodies were used to determine the concentration of serum Ig and the number of lymphoc...
In this study, the protection level of a commercial bivalent vaccine, developed with the aim of boos...
Teleosts clearly have a more diffuse gut associated lymphoid system, which is morphological and func...
Immunohistochemistry (IHC) is a valuable technique applied in many veterinary laboratories for both ...
Studies on the immune defence system of Antarctic fishes are of interest to investigate the presence...
International audienceWith lymphoid tissue anatomy different than mammals, and diverse adaptations t...
Monoclonal antibodies anti-thymocytes and T-cells (DLT15) and anti-Ig and B-cells (DLIg3) were devel...
Interest in fish immunity has risen recently due to the discovery of some peculiar features. In part...
Life at sub-zero temperatures, such in Antarctic seas, has selected especial adaptations of cell mol...
This review summarizes the current knowledge on immune defence activities of the European sea bass D...
Although rapid progress has been made in knowledge of the teleost immune system, specific antibodies...
Sea bass immunoglobulins were single-step purified from the whole serum by affinity chromatography o...
Abstract: Knowledge on fish immunoglobulin (Ig) characteristics and the availability of monoclonal o...
Serum immunoglobulins from sea bass and sea bream were purified using affinity chromatography method...
The sea bass Dicentrarchus labrax is one of the most important seawater fish species of south Europe...
Monoclonal antibodies were used to determine the concentration of serum Ig and the number of lymphoc...
In this study, the protection level of a commercial bivalent vaccine, developed with the aim of boos...
Teleosts clearly have a more diffuse gut associated lymphoid system, which is morphological and func...
Immunohistochemistry (IHC) is a valuable technique applied in many veterinary laboratories for both ...
Studies on the immune defence system of Antarctic fishes are of interest to investigate the presence...
International audienceWith lymphoid tissue anatomy different than mammals, and diverse adaptations t...